PRODUCTS

Recyclable, Future-Focused Batteries Designed for Power

Sodium-ion batteries offer top-tier energy density, exceptional cycle performance, rapid rate capabilities, impressive voltage stability, and overall superior product performance.

What are Sodium Batteries?

A rechargeable battery that uses sodium ions (Na+) for moving charges instead of lithium ions (Li+). Like lithium-ion batteries, sodium-ion batteries store and release energy by moving ions between positive and negative electrodes during charge and discharge cycles.

Battery Formats

CYLINDRICAL
HARD-SQUARE
SOFT-PACK

Applications

The Ultimate Energy Storage Solution

The most efficient, safe, affordable solution to storing energy from solar, wind, and other power sources.

Motive Applications

Industrial and commercial vehicles, where safety or cold temperature performance is essential, as well as smaller motive options such as mini-compact cars, electric bicycles, and scooters.

Mission Critical Operations

Data centers, communication bases, and other critical infrastructure given their critical need to guarantee continuity of operations.

Commercial and Large Scale Utility

Versatile range of energy storage solutions for commercial purposes like hospitals, schools, grocery stores, as well as large scale utility applications. Our batteries are designed to be safe, cost-effective, reliable, and efficient, catering to the diverse energy storage needs of all sizes and scopes.

Residential Applications

Our energy storage solutions come in various sizes and capacities to perfectly fit the energy requirements of any home. Engineered for safety, efficiency, and cost-effectiveness, our batteries offer a reliable and sustainable energy solution for any household.

Why are Sodium-Ion Batteries Better than Lithium-Ion Batteries?

Sodium-Ion

Affordable

Global abundance of key resource

Safe

Longer life span

Operated efficiently over broad ambient temperature range

No use of cobalt

Optimal for energy storage solutions and more

VS

Lithium-Ion

Expensive

Globally limited key resource

Real risk of fire/explosion

Shorter life span

Performance degradation outside a narrow ambient temperature range

Known for using cobalt (child labor concerns)

Primarily only used in electric vehicles